The structures and energies of SiHn2+ dications (N = 1—5)

Wolfram Koch; Gemot Frenking; Helmut Schwarz

doi:10.1039/C39850001119

The structures and energies of SiH_n²⁺ dications (N = 1—5)

Wolfram Koch, Gemot Frenking, Helmut Schwarz

Technical University of Berlin

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摘要

The structures and energies of SiH_n²⁺ dications (n=1—5) are reported and compared with the corresponding monocations and the CH_n²⁺ series; in contrast to CH²⁺, SiH²⁺ is predicted to be a strongly bound species; also SiH₂²⁺ is predicted to be a kinetically stable species, whereas SiH₃²⁺ -, SiH₄²⁺, and SiH₅²+¹ are weakly bound complexes of SiH₂²⁺ with atomic and/or molecular hydrogen.

源语言	英语
页（从-至）	1119-1121
页数	3
期刊	Chemical Communications
期	16
DOI	https://doi.org/10.1039/C39850001119
出版状态	已出版 - 1985
已对外发布	是

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abstract = "The structures and energies of SiHn2+ dications (n=1—5) are reported and compared with the corresponding monocations and the CHn2+ series; in contrast to CH2+, SiH2+ is predicted to be a strongly bound species; also SiH22+ is predicted to be a kinetically stable species, whereas SiH32+ -, SiH42+, and SiH52+1 are weakly bound complexes of SiH22+ with atomic and/or molecular hydrogen.",

author = "Wolfram Koch and Gemot Frenking and Helmut Schwarz",

year = "1985",

doi = "10.1039/C39850001119",

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journal = "Chemical Communications",

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T1 - The structures and energies of SiHn2+ dications (N = 1—5)

AU - Koch, Wolfram

AU - Frenking, Gemot

AU - Schwarz, Helmut

PY - 1985

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N2 - The structures and energies of SiHn2+ dications (n=1—5) are reported and compared with the corresponding monocations and the CHn2+ series; in contrast to CH2+, SiH2+ is predicted to be a strongly bound species; also SiH22+ is predicted to be a kinetically stable species, whereas SiH32+ -, SiH42+, and SiH52+1 are weakly bound complexes of SiH22+ with atomic and/or molecular hydrogen.

AB - The structures and energies of SiHn2+ dications (n=1—5) are reported and compared with the corresponding monocations and the CHn2+ series; in contrast to CH2+, SiH2+ is predicted to be a strongly bound species; also SiH22+ is predicted to be a kinetically stable species, whereas SiH32+ -, SiH42+, and SiH52+1 are weakly bound complexes of SiH22+ with atomic and/or molecular hydrogen.

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U2 - 10.1039/C39850001119

DO - 10.1039/C39850001119

M3 - 文章

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SP - 1119

EP - 1121

JO - Chemical Communications

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The structures and energies of SiHn2+ dications (N = 1—5)

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The structures and energies of SiH_n²⁺ dications (N = 1—5)